Plessey CEO mentors University of Plymouth student as part of Tamar Engineering Project

University Of Plymouth Plessey
25 May 2017

Michael LeGoff, Plessey’s CEO, has played a pivotal role in a successful pilot project providing one-to-one mentoring and financial support to high-performing students from disadvantaged socio-economic backgrounds. Other influential mentors include Paul O’Brien, Director, BT Service & Operations Lab; Nick Ames, Group Chief Executive at SC Group; Jon Benton, Regional Director at Dawnus; and Stephen Ball, former CEO of Lockheed Martin UK and the first captain of industry to champion the scheme.

Introduced by the University of Plymouth, the Tamar Engineering Project (TEP) is a mentoring and financial award programme developed to help remedy a technical skills shortage in the UK. The Royal Academy of Engineering estimates that British industry will require 100,000 new graduates in science, technology, engineering and mathematics (STEM) subjects every year until 2020 if it is to meet its growth aspirations. However, the UK higher education sector has been producing fewer than 90,000 STEM graduates each year.

The high achieving students chosen for the TEP pilot were selected from courses in computer science, computer systems and networks, civil engineering and mechanical engineering. Further mentors will be recruited before the project launches fully in September, to coincide with students starting their first semester of 2017-18. Students interested in applying need to return completed TEP application forms downloadable from University before the closing date of 31st May. Guidelines for applicants are also available online here while general information is available via the University’s website.

“Engineering underpins the very fabric of our country and economy – from our transport infrastructure to our digital communications – and is critical to our exports. However, we have failed to produce enough engineers in the UK,” comments Stephen Ball, who served as CEO of Lockheed Martin UK between 2009 and 2015 and is one of the University’s most famous alumni engineers. A mentoring and access programme operating in collaboration with industry, like the Tamar Engineering Project, can reach into those socio-economically vulnerable sections of society and offer them the resilience they need to be successful in higher education. If we can help those with a passion for science and engineering to be successful, then we can make progress to close the technical skills gap.”

Michael LeGoff, Plessey’s Chief Executive Officer added:

“I was first introduced to the Tamar Engineering Project by Stephen Ball. He outlined his own personal journey, making his way from a disadvantaged background to leading one of UK’s largest and most critical engineering-based defence organisations, Lockheed Martin. Once Stephen explained what he was trying to achieve with the scholarship programme and described how he had already been mentoring a University of Plymouth student during the past year, it was a straight forward decision for me to commit my support to the project. Once I signed up to the programme, the University provided an excellent induction process and I was quickly assigned a student to mentor. Brian Viviers, a mature student, had finished in the top of his class and was accepted to study for a Master’s degree at the University of Bristol. I helped Brian map out various decision points based on outcomes, which helped him focus on short- and long-term project and career goals. It was a fantastic experience and I am looking forward to mentoring another student when the new semester starts.”

Professor Kevin Jones, Dean of the Faculty of Science and Engineering, the University of Plymouth, said:

“The Tamar Engineering Project responds to the latest recommendations from the Higher Education Funding Council for England (HEFCE) about underprivileged groups accessing higher education. But more than that, our hope is that it will help with retention of students, and through the mentoring side, provide a springboard for personal and career development. It is very rare that students have an opportunity to gain such advice and guidance from senior figures in industry.”

The TEP programme covers 29 degree courses at Plymouth across engineering, computing and robotics, and is aimed at students who are high-performing but also meet certain socio-economic criteria, such as coming from a low-income family, those who are a carer, a care leaver, or are from an area designated as ‘low participation’ in higher education. Students who apply and are successful will each receive an annual bursary (including a £1,500 course fee waiver and £3,000 living costs per year of study), as well as mentoring from an industry professional.

Image credit

Image credit: Brian Viviers, a participant in the Tamar Engineering Project (left), alongside his mentor, Michael LeGoff, CEO of Plessey

About the University of Plymouth

The University of Plymouth is renowned for high quality, internationally-leading education, research and innovation. With a mission to Advance Knowledge and Transform Lives, Plymouth is a *top 50 research university with clusters of world class research across a wide range of disciplines including marine science and engineering, medicine, robotics and psychology. A twice winner of the Queen’s Anniversary Prize for Higher Education, the University of Plymouth continues to grow in stature and reputation. It has a strong track record for teaching and learning excellence, and has one of the highest numbers of National Teaching Fellows of any UK university. With 21,000 students, and a further 17,000 studying for a Plymouth degree at partner institutions in the UK and around the world, and over 100,000 alumni pursuing their chosen careers globally, it has a growing global presence.
http://www.plymouth.ac.uk
* Research Fortnight Research Power League Table 2014.

About Plessey

Plessey is a leading expert in the manufacture of semiconductor products used in sensing, measurement and controls applications, and is now at the forefront of the solid state lighting revolution. Its MaGIC™ (Manufactured on GaN-on-Si I/C) LED technology has won numerous awards for its innovation and ability to cut the cost of LED lighting by using standard silicon manufacturing techniques. By using its understanding of electronics and expertise in micro-electronic product design and manufacture, Plessey is radically enhancing the human experience with micro-electronics solutions such that people achieve more than they thought possible.

For further information and datasheets, please visit www.plesseysemiconductors.com or email sales@plesseysemi.com.

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Contact for company information

Sabine Poppelmann, Communications & Customer Care Manager
Email: sabine.poppelmann@plesseysemi.com

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